August ****

N. F. AUDEH

PRESENT POSITION: Professor Emeritus

Electrical and Computer Engineering

The University of Alabama in Huntsville

Huntsville, AL 35899

Telephone: 256-***-****

Fax:

256-***-****

email: abqj1y@r.postjobfree.com

DEGREES: B.S., 1957 South Dakota State College

M.S., 1959 Iowa State University

Ph.D., 1962 Iowa State University

Electrical Engineering major;

Mathematics and Physics minors

EXPERIENCE:

September 1957-June 1963

Iowa State University, Ames, Iowa. Graduate Assistant, Instructor,

and Assistant Professor, Electrical Engineering Department.

Summer of 1957: Consulting engineer for the Synchrotron

Laboratory of the Atomic Energy Commission, Iowa State University, Ames,

Iowa.

September 1963-June 1964

Los Angeles State College (now, California State University at

Los Angeles). Associate Professor, Engineering Department.

July 1964-present

The University of Alabama in Huntsville, Huntsville, Alabama

1964-1972 Associate Professor of Electrical Engineering

1970-1972 Chairman, Electrical Engineering Department

1972-1976 Assistant Dean, School of Science and Engineering

1976-1989 Dean, School of Graduate Studies

1972-1997 Professor of Electrical and Computer Engineering

1990-1990 Interim Chairman of Electrical and Computer

Engineering

1997 Pres. Professor Emeritus, Electrical and Computer

Engineering

Graduate Teaching: Electromagnetic Field Theory,

Microwaves, Antennas, Fiber Optics, and Numerical Methods in Electromagnetics

Research: Principal Investigator for the following major

research programs since joining the University:

a) Wave Propagation in Groove Guides (2 years)

b) A study of Uniform Waveguides of Arbitrary Cross-Sections

by the Point-Matching Method (2 years), $62,000.

c) Dual Band Array Feed System (2 years), $69,000.

d) Fast Fourier Transform Application to Antenna Problems (1

year)

SCIENTIFIC AND PROFESSIONAL SOCIETY AFFILIATION:

1. Senior Member, Institute of Electrical and Electronic Engineers

(IEEE)

2. Member, American Society of Engineering Education (ASEE)

PROFESSIONAL ACTIVITIES AND SERVICES:

1. a) Reviewer for the IEEE Transaction on Microwave Theory and

Techniques, which is the leading journal on the subject. (1966 - present)

b) Member of the Editorial Board of the Transactions. (Jan.

1980 - present)

2. Reviewer for Simulation. (1985 - present)

3. Accreditation visiting team member of the Southern Association

of Colleges and Schools

4. Lectures on Fiber Optics to scientists and engineers of Gold

Star Company in Seoul, Korea, March, 1987.

5. 1969 Region 3-IEEE Conference: Session Technical Coordinator

6. IEEE SOUTHEASTCON '81, '83 Session Chairman.

CONSULTING ACTIVITIES:

1. Madison County Coroner on an electrocution case. (1971)

2. Local company to measure transmission line characteristics

(standing wave ration and alternation). (1972)

3. Teaching Continuous Education Courses: Electronics (1971);

Operation Transforms (1971); Antennas (1979)

4. Arab Community College in Amman, Jordan on academic and administrative

functions. (1981)

5. Technical Advisor for a law firm in an emergency light

accident.

HONORS:

1. Eta Kappa Nu - Electrical Engineering Honor Society

2. Tau Beta Pi - Engineering Honor Society

3. Listed in the Outstanding Educators of America, 1974.

COMMITTEES:

Served on many committees; College of Engineering

Promotions and Tenure (1991); University

Review Board for promptions and tenure(1992-1993, and 1993-1995) Chair(1993-1994),

Faculty Appeals Committee (1993-1996), Faculty and Staff Traffic Appeals

Committee, Chair (more than 15 years).

ADMINISTRATIVE ACTIVITIES: (Assistant Dean, School of Science

and Engineering,

half-time appointment; 1972-1976)

1. Accreditation of Engineering Programs, by ABET ( previously

ECPD ):

Led the engineering faculty in the University in submitting two

of its engineering programs for evaluation by the Engineers' Council for

Professional Development (ECPD). The successful result of this evaluation

is the first ECPD accreditation for Electrical Engineering and Industrial

and Systems Engineering for the University (1973). In 1976 the Mechanical

Engineering program was prepared and submitted for evaluation, successfully

culminating in ECPD accreditation.

2. Summer Engineering Institute for Minority Students:

This eight-week program was initiated in the summer of 1974 as

a joint project between the University and the Huntsville industrial companies.

The project was to recruit black students who are interested in engineering;

to teach them mathematics, English, chemistry, oral communication, study

skills, engineering, and study habits; and to orient them to college life.

The companies paid the University $550 per student for the program, paid

the students' tuition of $600 per year, and guaranteed the students summer

jobs after completing the first year of college. The University,

in turn, provided the students with weekly stipends, books, and supplies.

Moreover, the University provided the instruction and administration for

the 1974 program. The Summer Engineering Institute was established

only five weeks after the idea was originated and has continued every summer

since its inception. The 1976 and 1977 project was sponsored by NSF

grant. The following grants were awarded to the University for this

program: 1) NSF Grant No. SM176-05390, $21,890, 1976: $20,863, 1977. 2)

ERDA Grant No. E(40-1)-5171, $8,918, 1976-77. 3) Association of Huntsville

Area Companies, $1,000; 1975.

3. Engineering Colleges Consortium for Minorities:

A consortium of universities was formed with the specific goal

of increasing minority group participation in the engineering profession.

The Consortium sought funds to carry on programs collectively through a

number of engineering colleges, an approach that was more effective than

having separate universities work independently. The University of

Alabama in Huntsville is one of the original members of the Consortium,

and its representative, Dr. Audeh, is one of the seven incorporators.

The Consortium was incorporated on November 22, 1974, and solicited

and obtained grants from NSF.

4. Women in Engineering Scholarships:

To help attract more women to the engineering profession, a proposal

was written and an EXXON grant of $3,000 was received. Eight women

were awarded scholarships to study engineering at the University in the

fall of 1976.

5. Cooperative Engineering Program with Oakwood College:

Oakwood College is a black Seventh Day Adventist school located

in Huntsville. A cooperative program between the two institutions

was arranged whereby Oakwood students interested in engineering take courses

at UAH during their first two years. These courses are usually limited

to one per term at no cost to the student. During the last two years,

students transfer to UAH and take one course per term at Oakwood. Students

thus remain in contact with both institutions throughout the undergraduate

years. On completion of the program, the student receives a BS in

Engineering from The University of Alabama in Huntsville and a Bachelor

of General Studies from Oakwood. There were three students enrolled

in this program in 1975. (The program was later halted by Oakwood's Board

of Trustees).

6. Science and Engineering Building Committee Chairman:

The School of Science and Engineering was formed by combining

the Division of Natural Sciences and the Division of Engineering.

The first dean and assistant dean were appointed for the school in August

1972. It was suggested that a new addition to the Science and Engineering

Building was needed and a committee was formed, with Dr. Audeh as chairman.

The sum of 1.5 million dollars was approved for the addition, which was

completed in November 1975.

7. Consolidation of Departments in the School of Science and Engineering:

All departments in the School of Science and Engineering, except

Mathematics, were divided between the Science and Engineering and

Research Institute building. This was not a pedagogically sound arrangement.

A budget of $153,000 was allocated for renovation work and for consolidation

of all departments. After long and tedious work, this project is

now complete. Each department, with its faculty students, offices,

and laboratories, is now consolidated in one building.

ADMINISTRATIVE ACTIVITIES: (Dean, School of Graduate Studies,

half-time appointment; 1976-1989)

1. Introduction of Elements for Excellence in Graduate Education.

a. Periodic Program Review.

b. Credentials Committee to evaluate nominations for graduate

faculty status.

c. Graduate faculty outside observers on all oral exams.

2. Graduate School Publications.

a. Graduate School Handbook. A graduate policy booklet

that delineates philosophies, policies, and procedures of the graduate

school. The graduate council devoted 15 meetings reviewing the material.

The handbook was approved by the graduate faculty, the vice-president,

the president and by the chancellor on behalf of the Board of Trustees.

b. Graduate Catalog. Prepared and published the first

edition in 1985.

c. Thesis Manual, 1987.

3. Faculty Research Grants Administrator (1976-1981). A

budget of $20,000 is designated for initiating research by the faculty.

Proposals are received and reviewed by the committee. Records on

these projects are maintained in the Office of Graduate Studies.

Also, a handbook was written.

4. Chairman of the University's Graduate Council. The Council

examines new and existing policies; reviews proposals for new graduate

programs. Six graduate programs were approved by the Council (M.S.

in Nursing, doctorate of Administrative Science, Ph.D. in Computer Science,

Ph.D. in Materials Science, Ph.D. in Applied Mathematics, and Ph.D. in

Atmospheric Science).

All of the above programs (Atmospheric Science pending) were

presented to and approved by the ACHE's Council of Graduate Deans.

5. Member (1976-1989), chairman (1978-79) of the Council of

Graduate Deans of the Alabama Commission on Higher Education. The

Council reviews proposals for all new graduate programs in the State, and

makes recommendations to the Commission. The officers of the Council

constitute the membership of the Executive Board which meets periodically

in preparation for the Council's transactions.

6. Chairman of a subcommittee of the Council of Graduate Deans

to draft procedures for reviewing graduate programs in the State.

The subcommittee's recommendations were adopted and implemented by the

Alabama Commission on Higher Education. The recommendation is known

as the Notification-of-Intent to plan a graduate program.

7. Editor of the University's Publications and Creative of Works

annual booklet. Faculty and staff publications and other creative

original works are submitted to the Office of Graduate Studies. Each

entry is considered an original contribution which was presented to and

judged by professionals in the field of the entry. The booklet has

been annually published since 1977.

8. Graduate Assistantships Administrator. All assistantships

are approved by the graduate dean. Tuitions are paid in behalf of

all student assistants.

9. UAH/Alabama A&M Joint Cooperative Committee Coordinator

of the UAH group and a chairman of the Committee.

10. Member of Search Committees for (a) Vice President for Academic

Affairs,(b) University of Alabama Chancellor, (c) Director of Research

Institute, and (d) Eminent Scholar in Computer Engineering.

11. Member of University of Alabama Systems task force on Academic

cooperation among the three campuses of the University.

The following activities illustrate the status of the Graduate

School

since 1976 (year of appointment).

1976 1989

Enrollment (students)

550 1687

Graduate Programs

11 18

Graduates -- Maste

90 157

Graduates -- Ph. D. (5 yr. average) 4

11

Assistantships (students)

NA 200

Recruiting none 18,000

Publications & Cr. Works (pages) 25

86

Staff One half-time

Dean, one Administrative Assistant, and one half-time student (unchanged)

PUBLICATIONS

1) N. F. Audeh, and H.Y. Yee, "On Dielectric Lenses," Proceedings

IEEE, Vol. 53, No. 4, April, 1965, p. 391.

2) H.Y. Yee and N.F. Audeh, "Cutoff Frequencies of Waveguides

with Arbitrary Cross-Sections," Proceedings IEEE, Vol. 53, No. 6, June,

1965, pp. 637-638.

3) H. Y. Yee and N.F. Audeh, "Wave Propagation in Groove Guides,"

Proceedings of the National Electronics Conference, Vol. XXI, October 1965,

pp. 18-23.

4) N. F. Audeh and H.Y. Yee, "Measurement of Cutoff Frequencies,"

IEEE Transactions on Microwave Theory and Techniques, Vol. MTT-13, No.

6, November, 1965, pp.878-879.

5) H.Y. Yee and N.F. Audeh, "Uniform Waveguides with Arbitrary

Cross-Section Considered by the Point-Matching Method," IEEE Transactions

on Microwave Theory and Techniques, Vol. MTT-13, No. 6, November, 1965,

pp. 847-851.

6) S. Uptain and N.F. Audeh, "Transverse Resonance Solution of

Uniform Trapeqoidal Waveguides," IEEE Transactions on Microwave Theory

and Techniques, Vol. MTT-14, No. 3, March, 1966, p. 158.

7) H. Y. Yee and N.F. Audeh, "Attenuation Constants of Waveguides

with General Cross Sections," IEEE Transactions on Microwave Theory and

Techniques, Vol. MTT-14, No. 5, May, 1966, p. 158.

8) H. Y. Yee and N.F. Audeh, "Cutoff Frequencies of Eccentric

Waveguides," IEEE Transactions on Microwave Theory and Techniques, Vol.

MTT-14, No. 10, October, 1966, pp. 487-493.

9) F. C. Chang, N.F. Audeh, and S.T. Wu, "Exact Solution for the

Diffusion of a Charged Particle in a Time-Varying Electromaghnetic Field,"

Electronics Letters, Vol. 4, No. 21, pp. 411-442, October 18, 1968.

10) J.A. Fuller and N.F. Audeh, "The Point-Matching Solution of Uniform

Nonsymmetric Waveguides," IEEE Transactions on Microwave Theory and Techniques,

Vol MTT-17, No. 2, pp. 114-115, February, 1969.

11) F.C. Chang and N.F. Audeh, "Motion of a Charged Particle in Electric

and Magnetic Fields," Proceedings of IEEE, Vol 58, No. 1, January

1970, pp. 145-146.

12) H.Y. Yee, F.C. Chang, and N.F. Audeh, "N-way TEM-mode broadband

power dividers," IEEE Transactions on Microwave Theory and Techniques,

Vol MTT-18, No. 10, October, 1970, pp. 682-688.

13) F. C. Chang, H.Y. Yee, and N.F. Audeh, "A Graphical Method for the

Design of Stepped Impedance Transformer," IEEE Microwaves International

Symposium, Washington, D.C., May, 1971.

14) J. A. Woody, N. F. Audeh, and H.Y. Yee, "Reflection Coefficients

of Waveguide to Horn Junction," The 1972 IEEE Southeastern Conference,

Region 3, Knoxville, Tennessee, April 10-12, 1972.

15) F. D. Howard and N.F. Audeh, "Numerical Solutions of Scattering

by Periodic Wires," IEEE Antennas and Propagation International Symposium,

Williamsburg, Virginia, December 11-14, 1972.

16) W. G. Spaulding and N.F. Audeh, "The Admittance of an Infinite Plane

of Periodic Aperture," Proceedings of 1973 IEEE Southeastern Conference,

Region 3, Louisville, Kentucky, April 30, May 1, 2, 1973.

17) G. S. Sandhu and N.F. Audeh, "Resolution of Closely Spaced Point

Targets," Proceedings of the International Union of Radio Science (URSI),

National Radio Science Meeting, Seattle, Washington, pp. 88, 1979.

18) G.S. Sandhu and N.F. Audeh, "Measurement of Closely Spaced Point

Targets," IEEE Transactions on Aerospace and Electronic Systems, Vol. AES-16,

No. 2, March 1980, pp. 138-143.

19) N.F. Audeh, "Wireless Power Transmission," The Arab School on Science

and Technology, Kuwait, January 21-29, 1981.

20) G.S. Sandhu and N.F. Audeh, "The Resolution Performance of Range

Estimators," IEEE Transactions on Aerospace and Electronic Systems, Vol.

AES-17, No. 5, September 1981, pp. 635-644.

21) N. F. Audeh, "Selective Solar Screens," The Arab School on Science

and Technology, Kuwait, January 19-28, 1982.

22) E. W. Ernst, N.F. Audeh, et al, Report of the EAB Engineering Technology

Study Committee, IEEE Transactions on Education, Vol. E-25, August, 1982,

pp. 81-83.

23) B. Strickland and N.F. Audeh, "Safe Distances in Hazardous Electromagnetic

Environments," The Jordan International Electrical and Electronic Engineering

Conference, Amman, Jordan, April, 1985.

24) S. Louza, N. F. Audeh, and G. Sandhu, "Scattered Fields by Stochastically

Generated Rough Surfaces," Proceedings of ComCon'88, Advances in Communications,

Baton Rouge, LA, pp. 1220-1227, Oct. 19-21, 1988.

25) Strickland, B. R. and N. F. Audeh, "Optimization of a diode-loaded

Antenna," Proceedings of the 21st Southeastern Symposium on System Theory,

Tallahassee, Florida, March 26-28, 1989, pp. 367-371.

26) Schaaf Jr., J. C. and N. F. Audeh, "Electromagnetic Launchers,"

Proceedings of the 21st Southeastern Symposium on System Theory, Tallahassee,

Florida, March 26-28, 1989, pp. 380-384.

27) Schaaf Jr., J. C. and N. F. Audeh, "Electromagnetic Coaxial Railgun,"

Digest of the INTEMAG Conference, Washington, D.C., March 28-31, 1989,

pg. AD-4.

28) Strickland, B. R. and N. F Audeh, "A Circuit Modeling of a diode-loaded

Antenna," Proceedings of SOUTHEASTCON 89, Vol. I, Columbia, South Carolina,

April 9-12, 1989, pp. 36-39.

29) Louza, S., N. F. Audeh, and G. Sandhu, "Scattered fields by rough

Surfaces," Proceedings of SOUTHEASTCON 89, Vol. II, Columbia, South Carolina,

April 9-12, 1989, pp. 566-571.

30) Schaaf Jr., J. C. and N. F. Audeh, "Electromagnetic Railgun,"

IEEE Transaction on Magnetics," Vol. MAG- 25, Sept. 1989, pp. 3263-3265.

31) Louza, S. and N. F. Audeh, "Electromagnetic Fields Scattered by

Random Surfaces," will be presented at URSI's National Radio Meeting, Boulder,

CO., Jan. 3-5, 1990, p. 18.

32) Louza, S. and N. F. Audeh, "Scattering of Horizontally Polarized

Electromagnetic Fields by Random Surfaces," Proceedings of the 22nd Southeastern

Symposium on System Theory, Cookville, TN., March 11-13, 1990, pp. 157-160.

33) Strickland, B.R. and N.F. Audeh, "Automated Calibration and Data

Reduction Technique for Electrically Small Electromagnetic Field Sensors,"

IEEE Southeastcon, New Orleans, LA, April 1-4, 1990, pp. 1008-1012.

34) Louza, S. and N. F. Audeh, "Electromagnetic Fields Scattered by

Rough Surfaces," Simulation Transactions, Vol 8, No 1, March 1991, pp 45-63.

35) Evans, M, S Louza, and N, F. Audeh, "Feed for a Four Horn Monopulse

Traking Radar",the 1991 IEEE Aerospace Applications Conference, Crested

Butte, CO, Paper No. TH0361-6/91/0000-0001, February 1991.

36) Louza, S. and N. F. Audeh, "Effect of Dust on Microwave Radiometry,"

Proc. of the 1992 IEEE Aerospace Applications Conference, Snowmass, CO,

Feb 2 - 7, 1992, pp107-116.

37) Schaaf, J. C. and N. F. Audeh, "Solid Armature Coaxial Railgun Experimental

Results," IEEE Transactions on Magnetics, Vol 29, No. 21, Jan 1993, pp

711-715. Also: Proc. of the Sixth Symposium on Electromagnetic Launch Technology,

Austin, TX, April 28-30, 1992, Paper No: 52A3.

38) Rhea, J., B. Mahafza, and N. F. Audeh, "Radar interference Cancellation

Using Sequential Mode Operation (ICSEO)", Journal of The Franklin Institute,

Vol 330, No. 2, 1993, pp 413 - 421.

39) Mahafza, B. R., P.A. Thompson and N. F. Audeh, "Sequential Mode

Adaptive Array Processing," Proc. of the 1992 IEEE Aerospace Applications

Conference,Steamboat Springs, CO, January 30-February 6, 1993.

40) Strickland, Brian, and N. F. Audeh, "Diode-Loaded Antenna Modeling

and Design", IEEE Trans. on Antennas and Propagation, Vol 41, No 3, pp

333-337, March 1993.

41) Mahafza, B., D. Knight, and N. F. Audeh, "Forward-Looking SAR Imaging

Using Linear Array with Transverse Motion", Proc. of the IEEE Southeastcon,Charlotte,

N. Carolina. April 5, 1993,

42) Mahafza, B., J. Griffin, and N. F. Audeh, "High Resolution MMW Seeker

Fuse Processing", Proc. of the 1993 National Telesystem Conference, pp

175-179, Atlanta, GA, June 16, 1993 .

43) Gracchi, V., B. Mahafza, and N. F. Audeh, "Pseudo Windowing for

Synthetic Sampled Aperture Radar Target Detection", Proc of the 1993 National

Telesystem Conference, pp 185-189, Atlanta, GA, June 16, 1993.

44) Mahafza, B., P. Thompson, and N. F. Audeh, "Adaptive Arrays Utilizing

Sampled Aperture Radar Processing", submitted to the IEE Proc.-F, Dec 1992.,

(Revised)

45) Strickland, Brian, and N. F. Audeh, "Numerical Analysis Technique

for Diode-Loaded Dipole Antennas," IEEE Transactions on Electromagnetic

Compatibility, Vol 35, No 4, pp 480 - 484, November 1993.

46) Mahafza, B. R., M. W. Suits and N. F. Audeh, "Dynamic Real - Time

Focusing Transducer Arrays in Sequential Mode", submitted to the Journal

of the Franklin Institute, Nov 1993

47) Mahafza, B. R., D. L. Knight and N. F. Audeh, " Three Dimensional

SAR Imaging Technique for MMW seekers", Proceedings of the 1994 Aerospace

Applications Conference, Vail, CO., pp 185 - 198, Feb 5 - 12, 1994.

48) Mahafza, B. R., D. L. Knight, M. W. Suits, and N. F. Audeh, " Dynamic

Real-Time Focusing of Ultrasonic Transducer Arrays in Sequential Mode",

Proceedings of the 1995 Aerospace Applications Conference, Snowmass, CO.,Vol

2, pp 1 - 9, Feb 4 - 11, 1995.

49) Mahafza, B. R., D. L. Knight, and N. F. Audeh, "Angular Stepped

Frequency Target Detection Technique," Proc. of the 1996 IEEE Aerospace

Applications Conference, Snow mass, CO, Vol 2, pp 367 - 371, February 3

- 10, 1996.

50) Trout, Dawn, and N. F. Audeh, "Evaluation of Electromagnetic

Radiated Susceptibility Testing Using Induced Currents," Proc. the 1997

IEEE Aerospace Conference, Snowmass, CO., Vol 4, pp 69 - 80, February

1 - 8, 1997.

(continue here)

GRADUATE STUDENTS ADVISED (for MSE)

1.* J.A. Fuller, "Characteristics of a Uniform Waveguide Having Square

Outer and Circular Inner Conducting Boundaries," 1968.

2. Soon Hall Leong, "Radiation Characteristics of Arbitrarily Oriented

Slots on the Broad Face of a Rectangular Waveguide," 1968.

3.* W.G. Spaulding, "Resonant Periodic Apertures in an Infinite Plane,"

1968.

4.* S. T. Uptain, "Trapezoidal Waveguides," 1968.

5. Joseph Sie-Chiong Wong, "Attenuation Constants of Eccentric Waveguides,"

1968.

6. Fan King, "Dieletric Rod-Filled Metallic Waveguides of General Cross-section,"

1969.

7.* Jimmy Albert Woody, "Reflection Coefficients of Waveguide to Horn

Junctions," 1971.

8.* F.D. Howard, "Electromagnetic Scattering from Periodic Wire Arrays,"

1974.

9. Gustaf J. Rast, "Power Supply Ripple Effect on a Near Carrier Transmitted

Spectrum," 1974.

10. Gary T. Whitfield, "Scattering Parameters of Cascaded Two-port

Devices," 1977.

11. Samya Louza, "Attenuation Due to Dust in Microwave Radiometry,"

1983.

12. Don McPherson, "Application of Variational Techniques to Uniform

Cylindrical Waveguides of Arbitrary Cross Sections".

13. J. F. Rose, "A Digital Beamforming Prototype Array,".

14. Granville R. Anderson II, "Finite Element Analysis of the Channel

Waveguide".

15.* Brian R. Strickland, "Safe Distances in Hazardous Electro-magnetic

Environments", 1985.

16. Richard Lajoie, "Fiber Optics in Local Area Networks," 1987.

17.* Marc Evans, "The Design of a Four Horn Monopulse Feed for a Tracking

Radar," 1987.

18.* James Schaaf, "Electromagnetic Launchers," 1990.

19. Stephen A. Mann, "The Design and Test of a Wideband Fiber-Optic

Link," 1990.

20. Philip H. Densford, "The Phase-Derived Range Measurement Technique

" 1991.

21*. Phillip A. Thompson, "Sequential Mode Adaptive Array Processing"

1992.

22*. Dawn H. Trout, "Relationship Between Induced Currents from

Bulk Current Injection Techniques versus Radiated Electromagnetic Field

Illumination", 1995.

GRADUATE STUDENTS ADVISED (for Ph.D.)

1.* Gurmej S. Sandhu, "Resolution of Closely Spaced Point Targets,"

June 1979.

2.* Brian R. Strickland, "A Diode-Loaded short dipole Antenna Design,

Development, Modeling, and Automatic Calibration", December 1988.

3.* Samya Louza, "Electromagnetic Fields Scattered By Rough Surfaces",

June 1989.

*Published

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